Virtual Circuit based Ornithopter UAV Simulation for Intruder Detection System

The usefulness of UAVs, drones, and other IoT-based technology has significantly increased in the current era. In remote and delicate settings, this equipment is primarily used for aerial surveying, as well as the military, border control, and critical infrastructure are just a few sectors where intruder detection is a crucial component of security systems. Traditional surveillance systems have some drawbacks that reduce their usefulness, such as blind spots and fixed positions. UAV-based intrusion detection systems have attracted a lot of attention as a result of the necessity for an effective and adaptable solution. The limitations of conventional systems are addressed in this paper via a framework for a UAV-based intrusion detection system. The proposed system architecture consists of an unmanned aerial vehicle (UAV) called an ornithopter that is outfitted with an ESP32 microprocessor and an OV2640 camera module those are virtual circuity connected to each other. The proposed simulator is used to record and monitors sensitive locations and discover intruders. In order to transmit and store the data in the cloud, it also incorporates the Blynk IoT Platform. These resources can be used to construct an intrusion detection system. As a result, the suggested framework seeks to offer an adaptable, effective, and reliable intrusion detection solution that can be used in a variety of fields and applications.